Variable

Remarks:

The collection Variables contains all defined variables of the
current project. With this collection you can access all or
selected variables. Beside the access via the index a variable also
can be found with its unique name or the unique channel Id.

Depending on the granularity of the driver the
position of the variable within the offset.

For byte variables:HiByte: High byte in the word
offset.LoByte: Low byte in the word
offset.HiWord-HiByte: High byte of the
high word in the doubleword offset.HiWord-LoByte: Low byte of the
high word in the doubleword offset.LoWord-HiByte: High byte of the
low word in the doubleword offset.LoWord-LoByte: Low byte of the
low word in the doubleword offset.

For word variables:HiWord: High word in the
doubleword offset.LoWord: Low word in the
doubleword offset.

The alternate value is used, if the control
system needs a value of the variable but no value is available.
This value is used to fill cyclic archives in times, when there was
no connection to the hardware.
Additionally the variable can be set to the alternate value instead
of the spontaneous value with the standard "Set value" box, the
Recipegroup Manager (RGM) or the Report Generator.

Active: The
variable is available for other Windows applications.(e.g. Excel,
Visual-Basic, etc.). Windows applications with DDE client
functionality can thus use the variable values. The update time is
0.5 s.Inactive: The variable is not
availabe for other Windows applications.
Default: inactive.

External property for straton. Only affects
variables, that are not of the straton
driver.Active: The variable is also
visible in straton and can therefore be used in straton projects.
The variable definition cannot be changed in straton. The value of
the variable can be changed, though.Inactive: The variable is not
visible in straton.
Default: inactive.

ATTENTION: variable names for
straton must meet the requirements of the IEC 61131-3, i.e. only
numbers, letters (no umlauts) and underscores are allowed. In
addition, the name must not begin with a number.
This also implies that structures and arrays are not visible from
the outside, because they contain brackets and dots.

Active:
Variable values are stored on the harddisk (ring buffer) for the
evaluation in the dynamic element "trend element" or the
export/import of the values.Inactive: No variable values are
stored.
Default: inactive.

HD data need 24 bytes of storage place per value, independent of
the variable type. Beside the value the following information is
stored:
- Time, when the value was read.
- Milliseconds when reading the value.
- Status of the value to correctly adapt elements.
- Counter for the unique identification of the value (spontaneous
drivers).

Only available, if
harddisk data (HD) storage is active:
Number of values for the storage of online values on the harddisk
(ring buffer) for the evaluation in the dynamic element "Trend
element" or the export/import of the values.

Only available, if
harddisk data (HD) storage is active:
Interval time [in seconds] for the storage of on-line values on the
harddisk (ring buffer) for the evaluation in the dynamic element
"trend element" or the export/import of the values.

External property for straton. Only affects
variables that are not of the straton
driver.
Initial value of the variable in straton during cold start or warm
start.
The input allowed here depends on the data type of the variable.
For example, you can only use values without decimal places for
whole-number variables. When using floating point variables, you
have to use a dot as the decimal separator; a comma will not
work
The control system does not validate your input here. This can lead
to an error message in straton.

ATTENTION: When using variables
of the internal driver, this property must have the same value as
the initial value in the settings for internal variables.

Only available, if
harddisk data (HD) storage is active:Harddisk values (cyclic): Cyclic
writing of the values on the harddiskPostsorted values (RDA): The
values are written blockwise by the driver on to the harddisk (post
mortem mechanism).

With this property you have the
opportunity to decide whether the "AdjustHardwareValue" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAdjustZenon

Boolean

With this property you have the
opportunity to decide whether the "AdjustZenOnValue" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmDomain

Boolean

With this property you have the
opportunity to decide whether the "Alarm area" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmPV0

Boolean

With this property you have the
opportunity to decide whether the "Alarm Variable 1" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmPV1

Boolean

With this property you have the
opportunity to decide whether the "Alarm Variable 2" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmPV2

Boolean

With this property you have the
opportunity to decide whether the "Alarm Variable 3" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAltValString

Boolean

With this property you have the
opportunity to decide whether the "String alternative value" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlternateValue

Boolean

With this property you have the
opportunity to decide whether the "Alternate value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalArraySize

Boolean

With this property you have the
opportunity to decide whether the "Array size" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalCounterGroup

Boolean

IsLocalDDEaktiv

Boolean

With this property you have the
opportunity to decide whether the "DDE active" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalDigits

Boolean

With this property you have the
opportunity to decide whether the "Decimals" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHDActive

Boolean

With this property you have the
opportunity to decide whether the "HD active" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHDSize

Boolean

With this property you have the
opportunity to decide whether the "Number of HD values" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHDUpdate

Boolean

With this property you have the
opportunity to decide whether the "HD scan rate" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHystNeg

Boolean

With this property you have the
opportunity to decide whether the "negative hysteresis" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHystPos

Boolean

With this property you have the
opportunity to decide whether the "negative hysteresis" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalInOut

Boolean

With this property you have the
opportunity to decide whether the "Setting values active" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalKDAActiv

Boolean

With this property you have the
opportunity to decide whether the "Recording type" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalLocking

Boolean

With this property you have the
opportunity to decide whether the "Interlocking" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalMaxGradient

Boolean

IsLocalNormalState

Boolean

IsLocalNormalStateActive

Boolean

IsLocalQuitPV

Boolean

With this property you have the
opportunity to decide whether the "Acknowledgement variable" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalQuitValue

Boolean

With this property you have the
opportunity to decide whether the "Acknowledgement value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRangeMax

Boolean

With this property you have the
opportunity to decide whether the "Maximum measuring range" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRangeMin

Boolean

With this property you have the
opportunity to decide whether the "Minimum measuring range" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRecLabel

Boolean

With this property you have the
opportunity to decide whether the "Ressources label" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRema

Boolean

With this property you have the
opportunity to decide whether the "Reaction matrix" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRemaActiv

Boolean

With this property you have the
opportunity to decide whether the "Reaction matrix active" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalSBO

Boolean

With this property you have the
opportunity to decide whether the "Select before operate" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalSignalMax

Boolean

With this property you have the
opportunity to decide whether the "Maximum signal resolution"
should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalSignalMin

Boolean

With this property you have the
opportunity to decide whether the "Minimum signal resolution"
should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalStandby

Boolean

With this property you have the
opportunity to decide whether the "Only read from standby" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalStingLength

Boolean

With this property you have the
opportunity to decide whether the "String length" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalTagname

Boolean

With this property you have the
opportunity to decide whether the "Identification" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalUnit

Boolean

With this property you have the
opportunity to decide whether the "Unit" should be linked to the
datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalUpdatePriority

Boolean

With this property you have the
opportunity to decide whether the "Priority of the driver
connection" should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalUseMacro

Boolean

With this property you have the
opportunity to decide whether the "Non linear value adjustment with
macros" should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalValueMax

Boolean

With this property you have the
opportunity to decide whether the "Maximum set value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalValueMin

Boolean

With this property you have the
opportunity to decide whether the "Minimum set value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalVarInASM

Boolean

With this property you have the
opportunity to decide whether the "Save in IPA database" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsRemaActiv

Boolean

Reaction matrix
active

Active:
Instead of limits a reaction matrix is used.Inactive: Limits can be defined
for the variable.
Default: inactive.

Local: In
network projects the internal variable is evaluated resp. handled
locally i.e. on the client.
I.e. the value of the variable can be different on each client and
the limits are also evaluated locally.Network: In network projects the
internal variable is evaluated resp. handled on the server of the
project. It has the same value on the server and on all
clients.
Default: local.

Maximum value of the variable in the control
system.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

Minimum value of the variable in the control
system.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

External property for straton. Only affects
variables, that are not of the straton
driver.Active: The value of the
variable can be changed in straton. The variable definition cannot
be changed in straton.Inactive: The variable cannot be
changed in straton.
Default: active.

Initial
value: On starting the Runtime the currrent value of the
variable is set to the value entered in the property "Initial
value".Off: The start value of the
variable is set to the alternate value resp. To an empty string for
string variables.Remanent: The start value of the
variable is the last current value.
Default: off.

Active:
Before the value of the variable is written to the hardware, the
control system makes sure, that the variable in the hardware is
ready for the action. (=Select before operate; SBO)Inactive: The value of the
variable is written to the hardware without a previous request.
(=Direct execute)
Default: inactive.

All: All
"set value" actions of this variable with dynamic elements and "set
value" functions are logged in the Chronologic Event List
(CEL).Nothing: No "set value" actions
are logged in the CEL.Only with dyn. element: Only
"set value" actions with dynamic elements are logged in the
CEL.
Default: Only with dyn. element.

Maximum value of the variable in the PLC.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

Minimum value of the variable in the PLC.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

The non-linear value adjustment is used for
variables, whose original value (PLC) can not be scaled to the
control system value in a linear way.Activ: PLC values are scaled to
control system values in a non-linear way (with VBA macros).
After activating the property "Non-linear value adjustment" the VBA
macros for the calculation have to be entered under
"AdjustHardwareValue" and "AdjustZenOnValue".Inactive: PLC values are scaled
to control system values in a linear way.
Default: inactive.

The maximum set here for "set value" actions
can be taken over in dynamic elements instead of setting it there
seperately.
This is recommended, if the measuring range of the variable might
change lateron. So these changes can be made here for once and not
seperately in every element.

The minimum set here for "set value" actions
can be taken over in dynamic elements instead of setting it there
seperately.
This is recommended, if the measuring range of the variable might
change lateron. So these changes can be made here for once and not
seperately in every element.

Active: The
alarms of this variable are available for the evaluation in the
Industrial Performance Analyzer (IPA).Inactive: The alarms of this
variable are ignored for the evaluation in the Industrial
Performance Analyzer.
Default: inactive.

ATTENTION: The Industrial
Performance Analyzer is an optional module and has to be licensed,
so that it can be used here.

Depending on the granularity of the driver the
position of the variable within the offset.

For byte variables:HiByte: High byte in the word
offset.LoByte: Low byte in the word
offset.HiWord-HiByte: High byte of the
high word in the doubleword offset.HiWord-LoByte: Low byte of the
high word in the doubleword offset.LoWord-HiByte: High byte of the
low word in the doubleword offset.LoWord-LoByte: Low byte of the
low word in the doubleword offset.

For word variables:HiWord: High word in the
doubleword offset.LoWord: Low word in the
doubleword offset.

The alternate value is used, if the control
system needs a value of the variable but no value is available.
This value is used to fill cyclic archives in times, when there was
no connection to the hardware.
Additionally the variable can be set to the alternate value instead
of the spontaneous value with the standard "Set value" box, the
Recipegroup Manager (RGM) or the Report Generator.

Active: The
variable is available for other Windows applications.(e.g. Excel,
Visual-Basic, etc.). Windows applications with DDE client
functionality can thus use the variable values. The update time is
0.5 s.Inactive: The variable is not
availabe for other Windows applications.
Default: inactive.

External property for straton. Only affects
variables, that are not of the straton
driver.Active: The variable is also
visible in straton and can therefore be used in straton projects.
The variable definition cannot be changed in straton. The value of
the variable can be changed, though.Inactive: The variable is not
visible in straton.
Default: inactive.

ATTENTION: variable names for
straton must meet the requirements of the IEC 61131-3, i.e. only
numbers, letters (no umlauts) and underscores are allowed. In
addition, the name must not begin with a number.
This also implies that structures and arrays are not visible from
the outside, because they contain brackets and dots.

Active:
Variable values are stored on the harddisk (ring buffer) for the
evaluation in the dynamic element "trend element" or the
export/import of the values.Inactive: No variable values are
stored.
Default: inactive.

HD data need 24 bytes of storage place per value, independent of
the variable type. Beside the value the following information is
stored:
- Time, when the value was read.
- Milliseconds when reading the value.
- Status of the value to correctly adapt elements.
- Counter for the unique identification of the value (spontaneous
drivers).

Only available, if
harddisk data (HD) storage is active:
Number of values for the storage of online values on the harddisk
(ring buffer) for the evaluation in the dynamic element "Trend
element" or the export/import of the values.

Only available, if
harddisk data (HD) storage is active:
Interval time [in seconds] for the storage of on-line values on the
harddisk (ring buffer) for the evaluation in the dynamic element
"trend element" or the export/import of the values.

External property for straton. Only affects
variables that are not of the straton
driver.
Initial value of the variable in straton during cold start or warm
start.
The input allowed here depends on the data type of the variable.
For example, you can only use values without decimal places for
whole-number variables. When using floating point variables, you
have to use a dot as the decimal separator; a comma will not
work
The control system does not validate your input here. This can lead
to an error message in straton.

ATTENTION: When using variables
of the internal driver, this property must have the same value as
the initial value in the settings for internal variables.

Only available, if
harddisk data (HD) storage is active:Harddisk values (cyclic): Cyclic
writing of the values on the harddiskPostsorted values (RDA): The
values are written blockwise by the driver on to the harddisk (post
mortem mechanism).

With this property you have the
opportunity to decide whether the "AdjustHardwareValue" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAdjustZenon

Boolean

With this property you have the
opportunity to decide whether the "AdjustZenOnValue" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmDomain

Boolean

With this property you have the
opportunity to decide whether the "Alarm area" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmPV0

Boolean

With this property you have the
opportunity to decide whether the "Alarm Variable 1" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmPV1

Boolean

With this property you have the
opportunity to decide whether the "Alarm Variable 2" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmPV2

Boolean

With this property you have the
opportunity to decide whether the "Alarm Variable 3" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAltValString

Boolean

With this property you have the
opportunity to decide whether the "String alternative value" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlternateValue

Boolean

With this property you have the
opportunity to decide whether the "Alternate value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalArraySize

Boolean

With this property you have the
opportunity to decide whether the "Array size" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalCounterGroup

Boolean

IsLocalDDEaktiv

Boolean

With this property you have the
opportunity to decide whether the "DDE active" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalDigits

Boolean

With this property you have the
opportunity to decide whether the "Decimals" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHDActive

Boolean

With this property you have the
opportunity to decide whether the "HD active" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHDSize

Boolean

With this property you have the
opportunity to decide whether the "Number of HD values" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHDUpdate

Boolean

With this property you have the
opportunity to decide whether the "HD scan rate" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHystNeg

Boolean

With this property you have the
opportunity to decide whether the "negative hysteresis" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHystPos

Boolean

With this property you have the
opportunity to decide whether the "negative hysteresis" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalInOut

Boolean

With this property you have the
opportunity to decide whether the "Setting values active" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalKDAActiv

Boolean

With this property you have the
opportunity to decide whether the "Recording type" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalLocking

Boolean

With this property you have the
opportunity to decide whether the "Interlocking" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalMaxGradient

Boolean

IsLocalNormalState

Boolean

IsLocalNormalStateActive

Boolean

IsLocalQuitPV

Boolean

With this property you have the
opportunity to decide whether the "Acknowledgement variable" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalQuitValue

Boolean

With this property you have the
opportunity to decide whether the "Acknowledgement value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRangeMax

Boolean

With this property you have the
opportunity to decide whether the "Maximum measuring range" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRangeMin

Boolean

With this property you have the
opportunity to decide whether the "Minimum measuring range" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRecLabel

Boolean

With this property you have the
opportunity to decide whether the "Ressources label" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRema

Boolean

With this property you have the
opportunity to decide whether the "Reaction matrix" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRemaActiv

Boolean

With this property you have the
opportunity to decide whether the "Reaction matrix active" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalSBO

Boolean

With this property you have the
opportunity to decide whether the "Select before operate" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalSignalMax

Boolean

With this property you have the
opportunity to decide whether the "Maximum signal resolution"
should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalSignalMin

Boolean

With this property you have the
opportunity to decide whether the "Minimum signal resolution"
should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalStandby

Boolean

With this property you have the
opportunity to decide whether the "Only read from standby" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalStingLength

Boolean

With this property you have the
opportunity to decide whether the "String length" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalTagname

Boolean

With this property you have the
opportunity to decide whether the "Identification" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalUnit

Boolean

With this property you have the
opportunity to decide whether the "Unit" should be linked to the
datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalUpdatePriority

Boolean

With this property you have the
opportunity to decide whether the "Priority of the driver
connection" should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalUseMacro

Boolean

With this property you have the
opportunity to decide whether the "Non linear value adjustment with
macros" should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalValueMax

Boolean

With this property you have the
opportunity to decide whether the "Maximum set value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalValueMin

Boolean

With this property you have the
opportunity to decide whether the "Minimum set value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalVarInASM

Boolean

With this property you have the
opportunity to decide whether the "Save in IPA database" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsRemaActiv

Boolean

Reaction matrix
active

Active:
Instead of limits a reaction matrix is used.Inactive: Limits can be defined
for the variable.
Default: inactive.

Maximum value of the variable in the control
system.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

Minimum value of the variable in the control
system.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

External property for straton. Only affects
variables, that are not of the straton
driver.Active: The value of the
variable can be changed in straton. The variable definition cannot
be changed in straton.Inactive: The variable cannot be
changed in straton.
Default: active.

Active:
Before the value of the variable is written to the hardware, the
control system makes sure, that the variable in the hardware is
ready for the action. (=Select before operate; SBO)Inactive: The value of the
variable is written to the hardware without a previous request.
(=Direct execute)
Default: inactive.

All: All
"set value" actions of this variable with dynamic elements and "set
value" functions are logged in the Chronologic Event List
(CEL).Nothing: No "set value" actions
are logged in the CEL.Only with dyn. element: Only
"set value" actions with dynamic elements are logged in the
CEL.
Default: Only with dyn. element.

Maximum value of the variable in the PLC.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

Minimum value of the variable in the PLC.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

The non-linear value adjustment is used for
variables, whose original value (PLC) can not be scaled to the
control system value in a linear way.Activ: PLC values are scaled to
control system values in a non-linear way (with VBA macros).
After activating the property "Non-linear value adjustment" the VBA
macros for the calculation have to be entered under
"AdjustHardwareValue" and "AdjustZenOnValue".Inactive: PLC values are scaled
to control system values in a linear way.
Default: inactive.

The maximum set here for "set value" actions
can be taken over in dynamic elements instead of setting it there
seperately.
This is recommended, if the measuring range of the variable might
change lateron. So these changes can be made here for once and not
seperately in every element.

The minimum set here for "set value" actions
can be taken over in dynamic elements instead of setting it there
seperately.
This is recommended, if the measuring range of the variable might
change lateron. So these changes can be made here for once and not
seperately in every element.

Active: The
alarms of this variable are available for the evaluation in the
Industrial Performance Analyzer (IPA).Inactive: The alarms of this
variable are ignored for the evaluation in the Industrial
Performance Analyzer.
Default: inactive.

ATTENTION: The Industrial
Performance Analyzer is an optional module and has to be licensed,
so that it can be used here.

Depending on the granularity of the driver the
position of the variable within the offset.

For byte variables:HiByte: High byte in the word
offset.LoByte: Low byte in the word
offset.HiWord-HiByte: High byte of the
high word in the doubleword offset.HiWord-LoByte: Low byte of the
high word in the doubleword offset.LoWord-HiByte: High byte of the
low word in the doubleword offset.LoWord-LoByte: Low byte of the
low word in the doubleword offset.

For word variables:HiWord: High word in the
doubleword offset.LoWord: Low word in the
doubleword offset.

The alternate value is used, if the control
system needs a value of the variable but no value is available.
This value is used to fill cyclic archives in times, when there was
no connection to the hardware.
Additionally the variable can be set to the alternate value instead
of the spontaneous value with the standard "Set value" box, the
Recipegroup Manager (RGM) or the Report Generator.

Active: The
variable is available for other Windows applications.(e.g. Excel,
Visual-Basic, etc.). Windows applications with DDE client
functionality can thus use the variable values. The update time is
0.5 s.Inactive: The variable is not
availabe for other Windows applications.
Default: inactive.

External property for straton. Only affects
variables, that are not of the straton
driver.Active: The variable is also
visible in straton and can therefore be used in straton projects.
The variable definition cannot be changed in straton. The value of
the variable can be changed, though.Inactive: The variable is not
visible in straton.
Default: inactive.

ATTENTION: variable names for
straton must meet the requirements of the IEC 61131-3, i.e. only
numbers, letters (no umlauts) and underscores are allowed. In
addition, the name must not begin with a number.
This also implies that structures and arrays are not visible from
the outside, because they contain brackets and dots.

Active:
Variable values are stored on the harddisk (ring buffer) for the
evaluation in the dynamic element "trend element" or the
export/import of the values.Inactive: No variable values are
stored.
Default: inactive.

HD data need 24 bytes of storage place per value, independent of
the variable type. Beside the value the following information is
stored:
- Time, when the value was read.
- Milliseconds when reading the value.
- Status of the value to correctly adapt elements.
- Counter for the unique identification of the value (spontaneous
drivers).

Only available, if
harddisk data (HD) storage is active:
Number of values for the storage of online values on the harddisk
(ring buffer) for the evaluation in the dynamic element "Trend
element" or the export/import of the values.

Only available, if
harddisk data (HD) storage is active:
Interval time [in seconds] for the storage of on-line values on the
harddisk (ring buffer) for the evaluation in the dynamic element
"trend element" or the export/import of the values.

External property for straton. Only affects
variables that are not of the straton
driver.
Initial value of the variable in straton during cold start or warm
start.
The input allowed here depends on the data type of the variable.
For example, you can only use values without decimal places for
whole-number variables. When using floating point variables, you
have to use a dot as the decimal separator; a comma will not
work
The control system does not validate your input here. This can lead
to an error message in straton.

ATTENTION: When using variables
of the internal driver, this property must have the same value as
the initial value in the settings for internal variables.

Only available, if
harddisk data (HD) storage is active:Harddisk values (cyclic): Cyclic
writing of the values on the harddiskPostsorted values (RDA): The
values are written blockwise by the driver on to the harddisk (post
mortem mechanism).

With this property you have the
opportunity to decide whether the "AdjustHardwareValue" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAdjustZenon

Boolean

With this property you have the
opportunity to decide whether the "AdjustZenOnValue" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmDomain

Boolean

With this property you have the
opportunity to decide whether the "Alarm area" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmPV0

Boolean

With this property you have the
opportunity to decide whether the "Alarm Variable 1" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmPV1

Boolean

With this property you have the
opportunity to decide whether the "Alarm Variable 2" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlarmPV2

Boolean

With this property you have the
opportunity to decide whether the "Alarm Variable 3" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAltValString

Boolean

With this property you have the
opportunity to decide whether the "String alternative value" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalAlternateValue

Boolean

With this property you have the
opportunity to decide whether the "Alternate value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalArraySize

Boolean

With this property you have the
opportunity to decide whether the "Array size" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalCounterGroup

Boolean

IsLocalDDEaktiv

Boolean

With this property you have the
opportunity to decide whether the "DDE active" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalDigits

Boolean

With this property you have the
opportunity to decide whether the "Decimals" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHDActive

Boolean

With this property you have the
opportunity to decide whether the "HD active" should be linked to
the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHDSize

Boolean

With this property you have the
opportunity to decide whether the "Number of HD values" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHDUpdate

Boolean

With this property you have the
opportunity to decide whether the "HD scan rate" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHystNeg

Boolean

With this property you have the
opportunity to decide whether the "negative hysteresis" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalHystPos

Boolean

With this property you have the
opportunity to decide whether the "negative hysteresis" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalInOut

Boolean

With this property you have the
opportunity to decide whether the "Setting values active" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalKDAActiv

Boolean

With this property you have the
opportunity to decide whether the "Recording type" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalLocking

Boolean

With this property you have the
opportunity to decide whether the "Interlocking" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalMaxGradient

Boolean

IsLocalNormalState

Boolean

IsLocalNormalStateActive

Boolean

IsLocalQuitPV

Boolean

With this property you have the
opportunity to decide whether the "Acknowledgement variable" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalQuitValue

Boolean

With this property you have the
opportunity to decide whether the "Acknowledgement value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRangeMax

Boolean

With this property you have the
opportunity to decide whether the "Maximum measuring range" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRangeMin

Boolean

With this property you have the
opportunity to decide whether the "Minimum measuring range" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRecLabel

Boolean

With this property you have the
opportunity to decide whether the "Ressources label" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRema

Boolean

With this property you have the
opportunity to decide whether the "Reaction matrix" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalRemaActiv

Boolean

With this property you have the
opportunity to decide whether the "Reaction matrix active" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalSBO

Boolean

With this property you have the
opportunity to decide whether the "Select before operate" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalSignalMax

Boolean

With this property you have the
opportunity to decide whether the "Maximum signal resolution"
should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalSignalMin

Boolean

With this property you have the
opportunity to decide whether the "Minimum signal resolution"
should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalStandby

Boolean

With this property you have the
opportunity to decide whether the "Only read from standby" should
be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalStingLength

Boolean

With this property you have the
opportunity to decide whether the "String length" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalTagname

Boolean

With this property you have the
opportunity to decide whether the "Identification" should be linked
to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalUnit

Boolean

With this property you have the
opportunity to decide whether the "Unit" should be linked to the
datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalUpdatePriority

Boolean

With this property you have the
opportunity to decide whether the "Priority of the driver
connection" should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalUseMacro

Boolean

With this property you have the
opportunity to decide whether the "Non linear value adjustment with
macros" should be linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalValueMax

Boolean

With this property you have the
opportunity to decide whether the "Maximum set value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalValueMin

Boolean

With this property you have the
opportunity to decide whether the "Minimum set value" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsLocalVarInASM

Boolean

With this property you have the
opportunity to decide whether the "Save in IPA database" should be
linked to the datatype or not.FALSE = It should be linked, TRUE = It shouldn't be
linked.

IsRemaActiv

Boolean

Reaction matrix
active

Active:
Instead of limits a reaction matrix is used.Inactive: Limits can be defined
for the variable.
Default: inactive.

Maximum value of the variable in the control
system.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

Minimum value of the variable in the control
system.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

External property for straton. Only affects
variables, that are not of the straton
driver.Active: The value of the
variable can be changed in straton. The variable definition cannot
be changed in straton.Inactive: The variable cannot be
changed in straton.
Default: active.

Active:
Before the value of the variable is written to the hardware, the
control system makes sure, that the variable in the hardware is
ready for the action. (=Select before operate; SBO)Inactive: The value of the
variable is written to the hardware without a previous request.
(=Direct execute)
Default: inactive.

All: All
"set value" actions of this variable with dynamic elements and "set
value" functions are logged in the Chronologic Event List
(CEL).Nothing: No "set value" actions
are logged in the CEL.Only with dyn. element: Only
"set value" actions with dynamic elements are logged in the
CEL.
Default: Only with dyn. element.

Maximum value of the variable in the PLC.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

Minimum value of the variable in the PLC.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

The non-linear value adjustment is used for
variables, whose original value (PLC) can not be scaled to the
control system value in a linear way.Activ: PLC values are scaled to
control system values in a non-linear way (with VBA macros).
After activating the property "Non-linear value adjustment" the VBA
macros for the calculation have to be entered under
"AdjustHardwareValue" and "AdjustZenOnValue".Inactive: PLC values are scaled
to control system values in a linear way.
Default: inactive.

The maximum set here for "set value" actions
can be taken over in dynamic elements instead of setting it there
seperately.
This is recommended, if the measuring range of the variable might
change lateron. So these changes can be made here for once and not
seperately in every element.

The minimum set here for "set value" actions
can be taken over in dynamic elements instead of setting it there
seperately.
This is recommended, if the measuring range of the variable might
change lateron. So these changes can be made here for once and not
seperately in every element.

Active: The
alarms of this variable are available for the evaluation in the
Industrial Performance Analyzer (IPA).Inactive: The alarms of this
variable are ignored for the evaluation in the Industrial
Performance Analyzer.
Default: inactive.

ATTENTION: The Industrial
Performance Analyzer is an optional module and has to be licensed,
so that it can be used here.

Depending on the granularity of the driver the
position of the variable within the offset.

For byte variables:HiByte: High byte in the word
offset.LoByte: Low byte in the word
offset.HiWord-HiByte: High byte of the
high word in the doubleword offset.HiWord-LoByte: Low byte of the
high word in the doubleword offset.LoWord-HiByte: High byte of the
low word in the doubleword offset.LoWord-LoByte: Low byte of the
low word in the doubleword offset.

For word variables:HiWord: High word in the
doubleword offset.LoWord: Low word in the
doubleword offset.

The alternate value is used, if the control
system needs a value of the variable but no value is available.
This value is used to fill cyclic archives in times, when there was
no connection to the hardware.
Additionally the variable can be set to the alternate value instead
of the spontaneous value with the standard "Set value" box, the
Recipegroup Manager (RGM) or the Report Generator.

Active: The
variable is available for other Windows applications.(e.g. Excel,
Visual-Basic, etc.). Windows applications with DDE client
functionality can thus use the variable values. The update time is
0.5 s.Inactive: The variable is not
availabe for other Windows applications.
Default: inactive.

External property for straton. Only affects
variables, that are not of the straton
driver.Active: The variable is also
visible in straton and can therefore be used in straton projects.
The variable definition cannot be changed in straton. The value of
the variable can be changed, though.Inactive: The variable is not
visible in straton.
Default: inactive.

ATTENTION: variable names for
straton must meet the requirements of the IEC 61131-3, i.e. only
numbers, letters (no umlauts) and underscores are allowed. In
addition, the name must not begin with a number.
This also implies that structures and arrays are not visible from
the outside, because they contain brackets and dots.

Active:
Variable values are stored on the harddisk (ring buffer) for the
evaluation in the dynamic element "trend element" or the
export/import of the values.Inactive: No variable values are
stored.
Default: inactive.

HD data need 24 bytes of storage place per value, independent of
the variable type. Beside the value the following information is
stored:
- Time, when the value was read.
- Milliseconds when reading the value.
- Status of the value to correctly adapt elements.
- Counter for the unique identification of the value (spontaneous
drivers).

Only available, if
harddisk data (HD) storage is active:
Number of values for the storage of online values on the harddisk
(ring buffer) for the evaluation in the dynamic element "Trend
element" or the export/import of the values.

Only available, if
harddisk data (HD) storage is active:
Interval time [in seconds] for the storage of on-line values on the
harddisk (ring buffer) for the evaluation in the dynamic element
"trend element" or the export/import of the values.

External property for straton. Only affects
variables that are not of the straton
driver.
Initial value of the variable in straton during cold start or warm
start.
The input allowed here depends on the data type of the variable.
For example, you can only use values without decimal places for
whole-number variables. When using floating point variables, you
have to use a dot as the decimal separator; a comma will not
work
The control system does not validate your input here. This can lead
to an error message in straton.

ATTENTION: When using variables
of the internal driver, this property must have the same value as
the initial value in the settings for internal variables.

Only available, if
harddisk data (HD) storage is active:Harddisk values (cyclic): Cyclic
writing of the values on the harddiskPostsorted values (RDA): The
values are written blockwise by the driver on to the harddisk (post
mortem mechanism).

Maximum value of the variable in the control
system.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

Minimum value of the variable in the control
system.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

External property for straton. Only affects
variables, that are not of the straton
driver.Active: The value of the
variable can be changed in straton. The variable definition cannot
be changed in straton.Inactive: The variable cannot be
changed in straton.
Default: active.

Active:
Before the value of the variable is written to the hardware, the
control system makes sure, that the variable in the hardware is
ready for the action. (=Select before operate; SBO)Inactive: The value of the
variable is written to the hardware without a previous request.
(=Direct execute)
Default: inactive.

All: All
"set value" actions of this variable with dynamic elements and "set
value" functions are logged in the Chronologic Event List
(CEL).Nothing: No "set value" actions
are logged in the CEL.Only with dyn. element: Only
"set value" actions with dynamic elements are logged in the
CEL.
Default: Only with dyn. element.

Maximum value of the variable in the PLC.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

Minimum value of the variable in the PLC.
Unless defined differently in Value adjustment non-linear, the raw
value of the variable (signal resolution) will always be converted
to the measuring range on a linear basis (for the use in the
control system). All further numerical value inputs for the
variable in the Editor and the Runtime will relate to the measuring
range (e.g. definition of limits, set value limits, representation
area, setpoint inputs, ...).

The non-linear value adjustment is used for
variables, whose original value (PLC) can not be scaled to the
control system value in a linear way.Activ: PLC values are scaled to
control system values in a non-linear way (with VBA macros).
After activating the property "Non-linear value adjustment" the VBA
macros for the calculation have to be entered under
"AdjustHardwareValue" and "AdjustZenOnValue".Inactive: PLC values are scaled
to control system values in a linear way.
Default: inactive.

The maximum set here for "set value" actions
can be taken over in dynamic elements instead of setting it there
seperately.
This is recommended, if the measuring range of the variable might
change lateron. So these changes can be made here for once and not
seperately in every element.

The minimum set here for "set value" actions
can be taken over in dynamic elements instead of setting it there
seperately.
This is recommended, if the measuring range of the variable might
change lateron. So these changes can be made here for once and not
seperately in every element.

Active: The
alarms of this variable are available for the evaluation in the
Industrial Performance Analyzer (IPA).Inactive: The alarms of this
variable are ignored for the evaluation in the Industrial
Performance Analyzer.
Default: inactive.

ATTENTION: The Industrial
Performance Analyzer is an optional module and has to be licensed,
so that it can be used here.